一种组合自适应/模糊网络控制及其在慕尼黑开放系统体系结构中的应用

J. Mertz, F. Weichenmeier, T. Schon
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引用次数: 1

摘要

城市交通控制系统主要采用两种方法:一种是自适应控制,利用交通和效率模型对预定义的性能指标进行数值优化;在基于规则的控制中,专家设计一个特定的知识库来检测交通状况,并提供明确的控制策略来处理这些情况。这两种方法都有其特定的优点和缺点,特别是在用户目标的定义方面。本文提出了一种结合这些不同理念的方法,并描述了它在巴伐利亚首都慕尼黑的新开放系统架构中的实现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A combined adaptive/fuzzy network-control and its application within the Munich open system architecture
Urban traffic control systems mainly apply two approaches: an adaptive control which uses traffic and efficiency models to perform a numerical optimization of a pre-defined performance index; and a rule-based control in which an expert designs a specific knowledge base to detect traffic situations together with explicit control strategies to deal with them. Both methods have their particular benefits and weaknesses especially regarding the definition of user objectives. This article presents an approach to combine these diverse philosophies and describes its implementation for the new open system architecture of the Bavarian capital Munich.
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